The outdoor energy storage BMS has an RS485 interface, which is convenient for connecting to the host control board, reading individual battery voltage, overall capacity, charging and discharging cycles, battery pack temperature, SOH, SOC, etc

Electric Vehicles battery management system

The three batteries in electric vehicles: battery, motor , and electronic control technology are the core technologies of electric vehicles. Because these three technologies are closely related to the cruising range and acceleration performance of electric vehicles. Just like the wooden barrel principle, shortcomings in any of these three technologies will directly affect the performance of the vehicle.

The cornerstone of electronic control in electric vehicles is the Battery Management System (BMS). Without this crucial system, the charging, discharging, and overall lifespan of the power battery would be significantly compromised. If we liken the battery to a squad of soldiers, the BMS system serves as both the strategist and general, enabling electric vehicles to achieve maximum efficiency in real-world applications.

Through the BMS, electric vehicles gain control and efficient management of the battery. Each battery operates within a viable range, preventing issues such as overcharging, over-discharging, and thermal runaway . Given the relatively low capacity of individual battery cells, numerous cells are integrated into modules, and multiple modules form a complete battery system. Typically, a battery system comprises hundreds or even thousands of individual cells. The BMS plays a vital role in ensuring that each cell operates within the appropriate range. In other words, the BMS acts as a key component in maintaining optimal performance.

This narrative extends to the importance of an EV BMS manufacturer, emphasizing the critical role they play in developing and providing these essential systems for electric vehicles.

Click the yellow button in the form to access the product details page and explore our EV BMS system

Model Dimensions(mm) Cells Series Battery Type Input Charging Voltage Continuous Curren Remark
TDT-6030 210*100*20 12S-24S NMC/LFP 24V 36V 48V 60V 72V 20A~200A null
TDT-9015 157*70*23 3S-4S NMC/LFP 12V 50A-200A null
TDT-6010 100*85*14 3S-4S NMC/LFP 12V 40A-100A null
TDT-6008 100*85*14 3S-4S NMC/LFP 12V 110A-200A null
TDT-6006A 100*85*14 17S-32S NMC/LFP 60V 72V 84V 96V 108V 120V 60A-160A null
TDT-6005A 100*85*14 4S-16S NMC/LFP 12V 24V 36V 48V 60V 60A-200A null
TDT-6003A-1 100*85*14 5S-16S NMC/LFP 24V 36V 48V 60V 60A~100A null
TDT-6003A 100*85*14 5S-16S NMC/LFP 24V 36V 48V 60V 60A~100A null

If you need any help or advice, welcome to contact us

Contact us

Contact Us



Company Name
*Verify Code

By continuing to use the site you agree to our privacy policy Terms and Conditions.

I agree